Aug 2026· Sociologica· Vol 20, pp. 151-162· 1 citation· 46 references
TL;DR
This essay argues that enthusiasm for ML as a turning point rests on a category confusion between two distinct scientific imaginaries: Laplace’s deterministic universe and Comte’s social physics, which sought descriptive regularities rather than causal mechanisms.
Abstract
Machine learning has reinvigorated longstanding ambitions to develop a predictive science of society. This essay argues that enthusiasm for ML as a turning point rests on a category confusion between two distinct scientific imaginaries: Laplace’s deterministic universe, in which sufficient data and computational power yield precise prediction, and Comte’s social physics, which sought descriptive regularities rather than causal mechanisms. ML’s insertion within the dominant causal frameworks that characterize much quantitative social science implies, in particular, that the Comtian promise is far from reality on the ground. The essay explores three reasons why ML is unlikely to deliver a fundamental epistemic break: the performative instability of social classifications, the irreducible indexicality of data and claims, and the irreducibility of collective knowledge to information underdetermine ML’s overall capacity.
This article addresses AI’s structural footprint, the labor conditions behind annotation and subcontracting, and the AI 2027 scenarios, weighing what is already real against what remains speculative, and closes on concrete pathways for adopting AI without giving up trust.
It is argued that ordinary enumerative induction can achieve everywhere convergence, whereas meta-induction fails even to achieve almost everywhere convergence, and no inference method whatsoever achieves almost everywhere convergence.
This paper aims to contribute to the reconciliation between radical critiques and endorsements of machine learning's capacity to act, intervene, and produce social effects (i.e., its agency). Building upon recent ethnographic studies of the mundane shaping of algorithmic systems, the paper begins by underlining three p...
Florian Jaton, Marc Lenglet· Big Data & Society· 0 citations
Probability is central to the functioning of AI. But LLMs tend to regularly hallucinate, or respond to interaction or other inquiries in improbable ways. Nonetheless, through proper training AI can be transformed into an increasingly closed system of options, thereby creating more certainty and improving the decisions...
John W. Murphy, Carlos Largacha-Martínez· Filosofija Sociologija· 0 citations
We approach the issue of interpretability in AI and law through the lens of evolutionary theory. From this perspective, blind or mindless ‘direct fitting’ is an iterative process through which a system and its environment are mutually constituted and aligned. The core case is natural selection. Legal reasoning can be u...
S. Deakin, Christopher Markou· Social Science Research Netw...· 3 citations
Although performance of language-based models is improved by scaling, whether the gap to a structure-aware architecture can eventually be eliminated remains untested.
Kiyan Rezaee· 0 citations
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